Viktor A Sorokin

Title: The Innovative Mind of Viktor A. Sorokin

Introduction

Viktor A. Sorokin is an accomplished inventor hailing from Elektrostal, Moskovskoi oblast, Russia. With a focus on advancements in machinery and engineering, Sorokin has made a significant contribution to the field of abrasive machining, evidenced by his singular patented invention.

Latest Patents

His patent, titled "Apparatus for Abrasive Machining of Workpieces," showcases a sophisticated design that enhances the precision and efficiency of abrasive machining processes. The apparatus consists of a base in the form of a carriage, coupled with a tool head that features a spindle with an abrasive tool secured to it. A unique articulated four-bar linkage allows for enhanced motion control, while a drive system rotates the abrasive tool. Additionally, the actuating cylinder mounted on the base urges the abrasive tool against the workpiece, resulting in improved machining outcomes. Notably, the arrangement of the spindle in the plane of the four-bar linkage reduces the bulk of moving parts and enhances the tracing of the tool over the surface being machined.

Career Highlights

Viktor A. Sorokin's professional journey reflects a commitment to developing innovative tools that push the boundaries of traditional machining methods. His inventive solutions address the needs of modern manufacturing, making substantial improvements to efficiency and accuracy within the industry.

Collaborations

Throughout his career, Sorokin has collaborated with esteemed colleagues, including Konstantin S. Tolstopyatov and Anatoly A. Lukyanov. Their combined expertise and shared vision for innovation have contributed to advancing machining technology.

Conclusion

Viktor A. Sorokin stands out as a dynamic figure in the realm of invention, with his patent representing a noteworthy advancement in abrasive machining. His work not only embodies technical ingenuity but also emphasizes the importance of collaboration in driving innovation forward. As his career progresses, the potential for further contributions to the engineering and manufacturing sectors remains promising.